Invitation to the 18th Mechanical Components Technology Exhibition M-Tech

No need for material inspection before use or for stratification work with thicker or thinner layers! Significantly improve processing yield!

【Feedback from Medical Manufacturer M】 ■Issues: When processing the drawn material as is, the material would wobble, causing misalignment in the product's axis, which was problematic. ■Suggestion: Use centerless material. ■The need for material inspection before use and for sorting into thicker and thinner layers has been eliminated, significantly improving processing yield. For more details, please download the catalog or contact us.

• aluminum

We propose optimal manufacturers with technical strength, quality, and competitiveness in material + plastic processing + α.

Hashinaga Metal Co., Ltd. Product Handling In the field of processed parts, we propose optimal manufacturers with technological strength, quality, and competitiveness, combining materials + plastic processing + α. We handle precision pressing, forging, die casting, cutting, slitting, and centerless processing. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our major clients, including automotive and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will continue to listen to the voices (needs) of everyone in our customers' development, manufacturing, quality, and purchasing departments, and provide unique products and services (seeds) that fuse the technological capabilities of competitive material manufacturers with those of processing manufacturers possessing one-of-a-kind technology. Our ability to build over 70 years of history in the non-ferrous metal material industry is solely due to the trust established with our valued customers, suppliers, partner companies, and employees. We will continue to respond to the trust, safety, and expectations of all stakeholders with a spirit of co-creation and mutual prosperity. For more details, please contact us or refer to our catalog.

• Other machine elements

We handle gold plating, silver plating, nickel plating, tin plating, and more.

Hashinaga Metal Co., Ltd. Product Handling In plating processing, we handle gold plating, silver plating, nickel plating, tin plating, tin reflow plating, and anodizing. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our major clients, including automobile and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will continue to listen to the voices (needs) of everyone in our customers' development, manufacturing, quality, and purchasing departments, and provide unique products and services (seeds) that fuse the technological capabilities of competitive material manufacturers with those of processing manufacturers that possess one-of-a-kind technology. We believe that our ability to accumulate over 70 years of history in the non-ferrous metal material industry is entirely due to the trust we have built with our valued customers, suppliers, partner companies, and employees. We will continue to respond to the trust, safety, and expectations of all stakeholders with a spirit of co-creation and mutual prosperity. For more details, please contact us or refer to our catalog.

• Processing Contract
• Surface treatment contract service

We handle SUS301, SUS303, SUS304, and others.

Hashinaga Metal Co., Ltd. Product Handling Stainless steel includes SUS301, SUS303, SUS304, SUS430, SUS410, SUS420J2, SUS440C, and SUS631. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our main clients, which include automobile and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will continue to listen to the voices (needs) of everyone in our customers' development, manufacturing, quality, and purchasing departments, and provide unique products and services that combine the technological capabilities of competitive material manufacturers and processing manufacturers with one-of-a-kind technology. We believe that our ability to accumulate over 70 years of history in the non-ferrous metal material industry is solely due to the trust we have built with our valued customers, suppliers, partner companies, and employees. We will continue to respond to the trust, safety, and expectations of all stakeholders with a spirit of co-creation and mutual prosperity. For more details, please contact us or refer to our catalog.

• stainless

It is a long material in the form of a rod or tube processed by drawing using a non-standard die.

Special-shaped extruded materials refer to long materials such as bars (bars/rods) or pipes that have been processed through drawing (pulling) using special-shaped dies. Compared to extrusion processing, they are characterized by high dimensional accuracy. Various cross-sectional shapes can be achieved depending on the shape of the die (mold). The materials used include aluminum, copper alloys, and various non-ferrous metal materials. Typically, products are finished from round bars through machining, but with special-shaped extruded materials, they are pre-processed into shapes closer to the final product, allowing for various cost advantages. For more details, please contact us or refer to the catalog.

• Non-ferrous metals
• Other metal materials

We handle nickel alloys and clad alloys.

Hashinaga Metal Co., Ltd. Product Handling In special metals, we handle nickel alloys and clad alloys. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our main clients, including automobile and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will listen to the voices (needs) of everyone in our customers' development, manufacturing, quality, and purchasing departments, and provide unique products and services (seeds) that combine the technological capabilities of competitive material manufacturers and processing manufacturers with one-of-a-kind technology. We have been able to build over 70 years of history in the non-ferrous metal material industry thanks to the trust established with our valued customers, suppliers, partner companies, and employees. We will continue to respond to the trust, safety, and expectations of all stakeholders with a spirit of co-creation and mutual prosperity. For more details, please contact us or refer to our catalog.

• alloy
• Non-ferrous metals

We handle copper, brass, bronze, beryllium copper, titanium copper, and development alloys.

Hashinaga Metal Co., Ltd. Product Line We handle copper, brass, bronze, beryllium copper, titanium copper, and various developed alloys. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our major clients, including automobile and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will continue to listen to the voices (needs) of everyone involved in development, manufacturing, quality, and purchasing at our customers' sites, providing unique products and services (seeds) that fuse the technological capabilities of competitive material manufacturers and processing manufacturers with one-of-a-kind technology. For more details, please contact us or refer to our catalog.

• Other metal materials

We handle aluminum alloys (1000 series to 7000 series) and development alloys.

At Hashinaga Metal Co., Ltd., we handle aluminum alloys (from 1000 series to 7000 series) and development alloys. Hashinaga Metal Co., Ltd. has contributed to improving the environmental performance of our main clients, which include automobile and electronic component manufacturers, through products that leverage the characteristics of non-ferrous metal materials and processed parts. Moving forward, we will continue to listen to the voices (needs) of everyone involved in our customers' development, manufacturing, quality, and purchasing processes, and provide unique products and services that combine the technological capabilities of competitive material manufacturers and processing manufacturers with one-of-a-kind technology. We believe that our ability to accumulate over 70 years of history in the non-ferrous metal material industry is solely due to the trust we have built with our valued customers, suppliers, partner companies, and employees. We will continue to respond to the trust, safety, and expectations of all our stakeholders with a spirit of co-creation and mutual prosperity. For more details, please contact us or refer to our catalog.

• aluminum

We provide a combination of various materials and plating functions.

Kyonaga Metal's plated materials are offered by combining various materials with plating functions. For many years, they have been adopted in the automotive and electronic component industries. Depending on the quantity, material, and size, it is also possible to slit the product width after wide plating. Partial or single-sided plating can be accommodated using jigs and masking methods. We can also handle composite processing such as primary plating → pressing → secondary plating. For more details, please contact us or refer to our catalog.

• Other metal materials

In response to everyone's requests, we are starting the stock sale of aluminum centerless materials!

Aluminum centerless grinding materials are a groundbreaking material that embodies ultimate cost performance. The length dimensions range from 1000 to 2500 mm (outer diameter dimensions up to 3.0 are 100 to 2500 (2000) mm), and they are highly precise throughout their entire length. With high bending accuracy and excellent correction technology, we reduce material bending and improve straightness and cylindricity. We can accommodate everything from prototypes to mass production. In response to your requests, we are starting to sell aluminum centerless materials from stock. The stock list includes "A2017," "A6061," and "A7075." We sell from a single piece. For more details, please contact us or refer to the catalog.

• Other processing machines
• Processing Contract
• aluminum

Introducing the specification list for aluminum centerless grinding materials from SE/S grade.

Aluminum centerless grinding materials are a groundbreaking material that embodies ultimate cost performance. The length dimension method ranges from 1000 to 2500 mm (outer diameter dimension up to 3.0 is 100 to 2500 (2000) mm), maintaining high precision throughout the entire length. It has high bending accuracy, and with excellent correction technology, it reduces material bending and improves straightness and cylindricity. We can accommodate everything from prototyping to mass production. In the 'Aluminum Centerless Grinding Materials Specifications List', we introduce specifications such as outer diameter dimensions, material lengths, outer diameter intersections, bending, and roundness for the JIS B 0401 [h5] equivalent level "SE grade" and JIS B 0401 [h7] equivalent level "S grade." For more details, please contact us or refer to the catalog.

• Other processing machines
• Processing Contract
• aluminum

Stable roundness over a total length of 2500mm! Ideal for products made with automatic lathes.

Is the aluminum material you are currently using really satisfactory? Over a total length of 2500mm, it maintains a stable roundness; this is the capability of Hashinaga Metal Co., Ltd.'s aluminum centerless materials. Hashinaga Metal's aluminum centerless materials offer high precision and stable outer diameter dimensions and roundness. They are especially suitable for products made with spindle-moving automatic lathes. For more details, please contact us or refer to our catalog.

• Other processing machines
• Processing Contract
• aluminum

This is a processing method devised for machining cylindrical materials.

Centerless grinding (polishing) is a processing method devised for machining cylindrical materials. It is an excellent method that achieves high rigidity, high efficiency, and high precision processing without the need for center support, as the material is extensively supported by two rotating magnets and a fixed support blade in between. At Hashinaga Metal Co., Ltd., we specialize in processing long materials through sulfide grinding (polishing). Regarding bending, there are two-dimensional and three-dimensional bends, and general rod materials typically exhibit a combination of both two-dimensional and three-dimensional bends. For more details, please contact us or refer to our catalog.

• Other processing machines
• Grindstone

Aluminum centerless grinding (polishing) materials that meet customer needs.

The aluminum centerless grinding (polishing) materials from Hashinaga Metal Co., Ltd. feature characteristics that meet customer needs for centerless materials, such as "excellent dimensional accuracy over the entire length of long materials," "superior bending precision," "materials with no variation between lots," "excellent surface finish," and "stable quality and supply system." Issues with aluminum centerless grinding (polishing) include "prone to spiral scratches," "residual effects of material bending," "low mass production capability due to slow grinding (polishing) speed," "frequent clogging of grinding (polishing) magnets," and "susceptibility to thermal effects, making it difficult to achieve dimensional accuracy," but we have resolved all of these issues. For more details, please contact us or refer to our catalog.

• aluminum

Is the aluminum material you are currently using really ◎? It is ideal for moving spindle CNC lathes, and its effectiveness is tremendous for parts with strict requirements for roundness and cylindricity.

<Features of Aluminum Centerless Grinding Materials> 1) High precision throughout the entire length of long materials (can also accommodate JISB0401 h5 class) 2) High bending accuracy; exceptional correction technology reduces material bending (4μm/100mm) 3) Ideal for spindle-moving CNC lathes (Peeterman), contributing to improved part accuracy, yield, and process reduction. <Advantages of Adoption> 1) Reduced variation in outer diameter dimensions; eliminates the need for stratified work on materials before processing (no need to separate into tolerance plus and minus), allowing for direct processing. 2) Improved yield; due to good material accuracy, the yield improves for parts that require higher precision. 3) Reduction in inspection processes; stable accuracy significantly enhances process capability, allowing for sampling inspection instead of 100% inspection.

• aluminum

Is the aluminum material you are currently using really ◎? It is ideal for moving spindle CNC lathes, and its effectiveness is tremendous for parts with strict requirements for roundness and cylindricity.

Centerless grinding is a machining method used to process cylindrical materials. It is called "centerless" because grinding is performed without fixing the workpiece at the center, by passing it between two rotating grinding wheels. It is characterized by superior dimensional accuracy, surface roughness, and roundness compared to drawn materials. 【Adoption Example】 A6061B-T6: φ19×2500mm (Extruded rod) ⇒ φ18.9×2500mm (after centerless processing) Outer diameter tolerance: (±0.06) ⇒ (+0 -0.02) = By performing centerless grinding, a dramatic reduction in defect rates was observed in cutting processes. ⇒ (By performing correction processing, it becomes possible to improve surface accuracy with minimal cutting allowance.)

• aluminum

Is the aluminum material you are currently using really ◎? It is ideal for moving spindle CNC lathes, and its effectiveness is tremendous for parts with strict requirements for roundness and cylindricity.

Centerless grinding is a processing method for machining cylindrical materials. It is called "centerless" because grinding is performed by passing the material between two rotating grinding wheels without fixing the workpiece at the center. It is characterized by superior dimensional accuracy, surface roughness, and roundness compared to drawn materials. 【Application Example】 A2017B-T3: φ2.1～φ3.0×2500mm (2000mm) *After centerless processing Outer Diameter Tolerance: +0 -0.004 Roundness: 2μm Application: Two-wheeled vehicle carburetor parts

• aluminum

Is the aluminum material you are currently using really ◎? It is ideal for moving spindle CNC lathes, and its effectiveness is tremendous for parts requiring strict roundness and cylindricity.

Centerless grinding is a processing method used for machining cylindrical materials. It is called "centerless" because grinding is performed by passing the workpiece between two rotating grinding wheels without fixing it at the center. It is characterized by superior dimensional accuracy, surface roughness, and roundness compared to drawn materials. 【Adoption Example】 A6061B-T8: φ6.5～φ14×2500mm Outer Diameter Tolerance: +0 -0.006 Bending Tolerance: 4μm/100mm or less Surface Roughness: 3.2S or less Application: Automotive transmission parts

• aluminum

Anritsu will exhibit at the comprehensive digital innovation exhibition "CEATEC 2026." On Thursday, October 15, we will give a presentation at the conference. We look forward to your visit. <Presentation Information> "Anritsu's 'Measuring' Technology, Its Evolution, and the Future of Pharmaceutical Manufacturing - The World's First Transmission-Type NIR Tablet Inspection System Ariphas" Date and Time: Thursday, October 15, 14:00 - 15:00 Location: E Stage within the exhibition hall (Hall 8) Speaker: Eiji Taniguchi (Anritsu Corporation, Infivis Company, Healthcare Business Division, Development Department, Product Development Team Leader) <Exhibition Information> Name: CEATEC 2026 Dates: Tuesday, October 13 - Friday, October 16, 2026 Location: Makuhari Messe Our Booth: Hall 4, 4H55 Please register for your visit on the official website. We look forward to seeing you.

Donaldson will hold a global webinar for manufacturing, quality, and equipment personnel from dairy manufacturers. We look forward to your participation. Theme: Best Practices and Audit Responses for Filtration Solutions in Dairy Plants Filtration technology in the dairy manufacturing process is a crucial element for improving product safety and ensuring stable operation of production lines. In this webinar, specialists from Donaldson's dairy filtration technology department will present best practices that can be implemented on-site and specific approaches to prepare for high-level quality audits. Featured Experts: Mr. Jan Verdoodt: Donaldson Director Mr. Dominik Michel: Donaldson Senior Manager Notes: - This webinar is part of a global program and will start at 23:00 Japan time. - All content will be delivered in English. There will be no support in Japanese. - There are no plans for an archived broadcast. *If you have any questions, please contact us via the inquiry form.

[Speaker] Tatsuro Saito, Chief Researcher, Advanced Technology Center, Mitsubishi Research Institute, Inc. [Key Lecture Content] With the rapid spread of AI technologies, including generative AI, data centers are becoming a factor pushing up electricity demand in Japan. To advance the social implementation of AI under power constraints, it is necessary to consider the increase in computational demand and the improvement of power efficiency as a unified issue. In this lecture, we will take a broad view of the impact on Japan's electricity supply and demand based on future scenarios for AI demand and the advancements in semiconductor and data center technologies that support it. Furthermore, we will organize the power-related effects, latest technological trends, and implementation challenges of photonic-electronic convergence technology, which is expected to be a promising technology for next-generation data centers, and explain the prospects for realizing a sustainable AI society. [Lecture Items] 1. The structure of how the spread of generative AI increases electricity demand 2. How to estimate the impact on Japan's electricity supply and demand 3. Four semiconductor technologies supporting sustainable AI 4. What and how much power savings can photonic-electronic convergence achieve? 5. Current status towards the practical application of photonic-electronic convergence 6. Future prospects and challenges in the implementation of photonic-electronic convergence, and expectations for Japanese companies 7. Q&A / Business card exchange

[Lecturers] PwC Consulting LLC TMT Director Hiroshi Nonaka TRC Director Ryo Nunome TMT Senior Manager Miyu Ouchi [Key Lecture Content] In response to the increasingly complex telecommunications infrastructure due to 5G, virtualization, and cloudification, generative AI is enhancing phishing, vulnerability exploration, impersonation, and attack automation, significantly changing the defensive assumptions of critical infrastructure operators. Additionally, societal demands are increasing regarding economic security, supply chain risks, third-party management, and accountability during disruptions. In this lecture, we will explain the key points of implementing and establishing governance and controls required in the field of telecommunications infrastructure, taking a practical perspective in light of these environmental changes.

Eplan, the comprehensive electrical design CAD used by customers worldwide. We will hold a real event called "EPLAN Operation Experience Session," where you can actually experience operating EPLAN. In the morning session, we will explain the overview of EPLAN, and in the afternoon session, you will have the opportunity to operate the actual equipment and gain hands-on experience. You can participate in just one of the seminars, or you can join both and experience EPLAN in one day. You can experience the operation and features of EPLAN P8 and Pro Panel at three locations: the EPLAN Shin-Yokohama office, the Osaka office, and the Osaka office. Participation is free! Please come and check out the feel of operating Eplan.